The Principal Engineer, Performance will design and evaluate turbomachinery components and systems for aviation engines, ensuring performance meets industry standards. This role involves creating thermodynamic models, leading engine tests, and integrating additive manufacturing technology into design processes.

The Principal Engineer will lead the development and integration of aviation propulsion systems using MBSE methodologies, managing system requirements and performing simulations while coordinating cross-functional teams.

Assist with supply chain activities including data analysis, inventory management, supplier coordination, order processing, and logistics support in a fast-paced manufacturing environment.

The Lead Engineer will design, analyze and evaluate turbomachinery components while leading strategies to resolve complex systems challenges and interface with customers for engine development.

The Principal Engineer will develop and test hardware for gas turbine engine control systems, lead design integration with software, execute test programs, and contribute to additive manufacturing methodologies.

The Lead Engineer will design and analyze turbomachinery components, lead test programs, and ensure performance requirements for aviation engines while collaborating with engineers and supporting additive manufacturing efforts.

The Principal Engineer will lead design and analysis of turbomachinery components for jet propulsion systems, ensure compliance with industry standards, and drive resolution to systems-level challenges.

The Principal Engineer will lead the design and analysis of compressor modules for jet engines, ensuring compliance with industry standards and driving innovative additive manufacturing practices.

Lead aerodynamic design and analysis for centrifugal compressors in gas turbines, focusing on innovative technologies and additive manufacturing. Manage cross-functional teams to optimize engine performance and ensure product durability while meeting industry standards.

Responsible for designing and analyzing compressor modules in aviation jet engines, leading design tests, and ensuring compliance with industry standards while managing component capabilities and documentation.

The Senior Engineer leads compressor aero design and development, ensuring performance meets standards through advanced engineering methodologies and technologies in gas turbines.

Lead the design and analysis of mechanical systems in gas turbine engines, managing cross-functional teams and driving innovation in additive manufacturing.

Interns will assist in the design and manufacturing of jet propulsion systems, gaining hands-on engineering experience and working on turbomachinery components.

The Senior Counsel will provide legal advice on US government contracts, manage negotiations, and support legal operations across the company.

Lead the design of jet engine components, managing models and drawings while collaborating with manufacturing and analysis teams. Ensure compliance with engineering standards and support additive manufacturing development.